基于WIN的位置业务体系结构

随着通信技术和业务的发展．位置业务成为移动网络中一种新型且具有很大潜力的增值业务。介绍了位置业务的现状．给出了基于一种无线智能网的位置业务体系结构，对其中涉及的各个接口进行了分析，设计了支持位置业务的SCP软件结构。     

移动智能网技术(3)

移动通信在飞速发展,电信运营商在技术和业务上的竞争也日益激烈.当前,CDMA移动通信系统在中国已开始商用,它所采用的移动智能网技术可方便有效地推出各种新业务,因此有着很好的应用前景.本期内容为"移动智能网技术"专题讲座的最后一部分,重点介绍CDMA移动智能网技术中的WIN技术(无线智能网技术).前两讲内容主要为:移动智能网技术综述及GSM的CAMEL技术介绍.     

基于分布式智能网体系结构的个人通信系统

该文分析了现有智能网(IN)体系结构在分布式计算和个人通信支持方面存在的缺陷,区分并定义了客户化业务和个人业务,结合CORBA、移动代理和智能卡技术,提出并实现了一种基于分布式智能网的个人通信系统原型。考虑到现有智能网的平滑过渡,文中给出了智能网的三阶段演进方案。     

基于移动代理的智能网技术

讨论移动代理技术及其在智能网中的应用。首先从电信网发展动向的分析说明分布式智能网技术引入的背景,然后介绍移动代理体系结构、基本技术和标准化研究动态,在此基础上提出基于移动代理的智能网网络结构、技术特点和分阶段演进策略,最后给出二个典型应用示例。     

移动智能网业务管理系统的演进和发展

首先介绍现有移动智能网业务管理系统的体系结构，分析它的不足之处；然后介绍移动智能网业务管理系统的目标体系结构，分析它的优势和前景；最后提出从现有的体系结构逐步过滤到目标体系结构的一种体系结构，并分析如何从现有的体系结构平滑地过渡到目标体系结构。     

基于移动代理技术的主动智能网体系结构

文章介绍了利用分布式计算技术的优点构造的基于移动代理技术的主动智能网体系结构,并对主要功能部件进行了详细的描述。该体系结构克服了传统智能网集中控制思想的诸多缺陷,具有高度灵活性,能快速满足客户的智能业务需求。     

移动智能网原理及其业务建设探讨

描述移动智能网的概念、特征、体系结构和概念模型，介绍了最新的移动智能业务及其操作原理，最后对移动智能网的业务建设问题进行了充分探讨。     

移动智能网技术

随着移动通信的迅速发展，人们对业务的需求也越来越大。文中介绍了一种移动网的新业务生成模式-移动智能网技术，并比较了移动网增强逻辑的客户化应用（CAMEL）和无线智能网（WIN）两种移动智能网协议，最后展望了移动智能网的发展趋势。     

WIN阶段2业务交换点（SSP）设备技术要求

介绍了我国通信行业标准《800MHzCDMA数字蜂窝移动通信网无线智能网(WIN)阶段2:业务交换点(SSP)设备技术要求》的主要内容。     

联通新时空无线智能网工程建设初探

一、概述 　　无线智能网WIN(Wireless Intelligent Network)是在CDMA移动网上快速、方便、经济,有效地生成和实现新业务的体系结构,通过对CDMA移动网上增加网路功能单元建立集中的业务控制点(SCP)、业务管理点(SMP)和业务生成环境(SCEP),使业务和交换彻底分离,方便地为用户提供多种智能业务。     

一种基于cdma2000的无线智能网构架研究

在分析了目前CDMA网络现状的基础上，提出了一种基于cdma2000移动网络的无线智能网构架WIN2000，针对其中需要新增的接口进行了分析，设计了合理的通信协议，对于智能数据业务的发展提出了相应的建议。     

基于移动代理的网络业务体系结构

文章从灵活提供业务的角度,在分析传统业务体系结构的特点和发展趋势的基础上,介绍了移动代理的技术特征,重点探讨了如何利用移动代理技术构建下一代移动通信网络的业务提供体系结构。     

VHE平台在移动业务中的应用

文章提出了一个用于移动业务的虚拟原藉环境(VHE)平台,该平台具备支撑移动业务的高级特征,可以支持不同网络和终端间的业务环境的可移植性;给出了VHE平台的基本结构和相关功能模块;分析了VHE平台可以提供的高级业务特征(如业务自适应、业务个性化、业务持续性和业务提供);简述了基于VHE的移动智能业务平台的发展趋势和尚需继续解决的问题.     

基于移动Widget的Web NGN业务融合架构

提出了一种基于移动Widget业务平台的Web与NGN业务融合架构及业务开发模式,能够基于Web技术,充分利用当前Web2.0丰富的内容资源和业务能力,NGN网络的电信网络能力以及新型移动终端的业务能力,进行新的业务开发,从而使得Web NGN融合业务的业务种类更加丰富,并可以发挥终端能力,充分利用移动性来开发新业务。本文通过列举业务案例,对上述业务融合架构进行了验证与评估,并对Web NGN业务融合的未来进行了展望。     

一种基于地面广播的手机电视业务平台解决方案

基于数字广播的手机电视业务被业界普遍看好，是实现三网融合的重要业务。手机电视具备良好的市场发展前景，它将大大增强移动运营商在应用和数据服务方面的能力，为客户提供多元化的业务。提出了一种基于地面广播的手机电视业务平台解决方案，并对业务平台架构和平台接口设计作了分析。     

iMobile EE – An Enterprise Mobile Service Platform

iMobile is an enterprise mobile service platform that allows resource-limited mobile devices to communicate with each other and to securely access corporate contents and services. The original iMobile architecture consists of devlets that provide protocol interfaces to different mobile devices and infolets that access and transcode information based on device profiles. iMobile Enterprise Edition (iMobile EE) is a redesign of the original iMobile architecture to address the security, scalability, and availability requirements of a large enterprise such as AT&T. iMobile EE incorporates gateways that interact with corporate authentication services, replicated iMobile servers with backend connections to corporate services, a reliable message queue that connects iMobile gateways and servers, and a comprehensive service profile database that governs operations of the mobile service platform. The iMobile EE architecture was also extended to provide personalized multimedia services, allowing mobile users to remotely control, record, and request video contents. iMobile EE aims to provide a scalable, secure, and modular software platform that makes enterprise services easily accessible to a growing list of mobile devices roaming among various wireless networks.     

A Study of the Next Generation Intelligent Networks Interworking with IP Networks

A Study of the Next Generation Intelligent Networks Interworking with IP Networks     

Mobile agent and CORBA technologies in the broadband intelligentnetwork

This article presents an IN architecture that is based on distributed object and mobile agent technologies. It deviates from traditional IN in two prominent ways: first, by substituting message-based protocols with a CORBA distributed processing environment. The new communications infrastructure not only serves to convey IN flows, but also functions as a potent unifying location-transparent layer. Second, the new architecture makes heavy use of mobile agent technology. Service logic programs are implemented as mobile agents, and are thus not constrained to control the switch's operations remotely from a central location. Instead, they can migrate and control its operations locally. The infrastructure elements of the architecture exploit this ability of service logic programs by cloning them and dragging their clones to the appropriate locations in response to excess processing or signaling load. The architecture is in this way self-balancing, in contrast to the centralized nature of traditional IN. A prototype implementation is presented along with a service creation framework that enables the IN service designer to disregard environment-related issues and concentrate on the IN logic of the services per se     

融合趋势下移动业务平台架构演进

融合作为下一代通信系统发展的潮流,将发生在多个方面,包括业务和平台层面。关注业务平台架构在融合趋势下的演进。基于对通信业务及市场发展的介绍,分析了异构融合和“以用户为中心”的业务特征,并总结了业务平台架构演进的功能需求。业务平台架构将集成个性化、上下文感知、适变和重配置等高层增值功能,以及建模、业务发现与合成、推理和上下文采集等低层增值构件。     

Ubiquitous Information Services with JAIN Platform

To provide responsive information services in a ubiquitous computing environment, service software and system development are indispensable. A component-based ubiquitous information system with a JAIN (Java APIs for Integrated Networks) platform to achieve seamless transmissions and reach-everywhere communications was designed in our research. In this development, numerous ubiquitous service modules were identified: location management, roaming, mobile IP and WAP networking. These component-based network modules were constructed using a component composition language with component specification and interface definition, running on top of a distributed service architecture using a JAIN platform to distribute the ubiquitous information services to mobile users. Two applications, Wireless-Application-Protocol (WAP) Mail and Video-on-Demand (VoD) services, show that the JAIN-like platform with the developed networking components effectively fills the gap for application developers between mobile appliances and various kinds of ubiquitous information services.